関西学院大学 研究活動情報

Kwansei Gakuin University Research Activities

工藤卓・工学部教授がThe FENS Forum of neuroscience 2024でTHE FUNCTIONAL TRANSMISSION OF INFORMATION IN A MIXED-CULTURED NEURAL NETWORK OF CHICK AND RATをテーマに発表を行いました
Professor Suguru N. Kudo from the Faculty of Engineering delivered a presentation titled "The Functional Transmission of Information in a Mixed-Cultured Neural Network of Chick and Rat" at The FENS Forum of Neuroscience 2024.

2024.10.13

学会出張 Business Trip

 工藤卓・工学部教授が、2024年6月25日~2024年6月29日に、Austria・Vienna,で開催されたThe FENS Forum of neuroscience 2024において、THE FUNCTIONAL TRANSMISSION OF INFORMATION IN A MIXED-CULTURED NEURAL NETWORK OF CHICK AND RATをテーマに発表を行いました。他に指導担当の大学院生がAN ATTEMPT TO ELUCIDATE HOW PEOPLE PERCEIVE SELF-LOCATION
(発表者 A. Souma)というタイトルで発表しました.The FENS Forum of neuroscience 2024は、ヨーロッパ各国の神経科学会を中心に神経科学の広い分野にわたって最新の知見が議論される学会で、2年おきに開催されます。多数の国から7,000 人を超える参加者、4,000 件のポスタープレゼンテーション、250 人の講演者、140 人の出展者が集まり、発表・討議が行われました。工藤教授の発表は、齧歯類と鳥類の神経細胞を共培養し、神経電気活動の相互の伝搬を報告したもので、再生医療や神系再接続技術に有用な知見を提供しました。
Professor Suguru N. Kudo from the Faculty of Engineering delivered a presentation titled "The Functional Transmission of Information in a Mixed-Cultured Neural Network of Chick and Rat" at The FENS Forum of Neuroscience 2024, held in Vienna, Austria, from June 25 to June 29, 2024. Additionally, a graduate student under his supervision presented a study titled "An Attempt to Elucidate How People Perceive Self-Location" (presented by A. Souma).
The FENS Forum of Neuroscience 2024 is a biennial conference focused on the latest advances across a wide range of neuroscience fields, primarily supported by neuroscience societies from across Europe. The event attracted over 7,000 participants from various countries, featured 4,000 poster presentations, 250 invited speakers, and 140 exhibitors.
Professor Kudo's presentation reported on the co-culturing of neuronal cells from rodents and birds, highlighting the mutual propagation of neural electrical activity between these species. His findings provided valuable insights relevant to regenerative medicine and neural reconnection technologies.
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